Superlok SBLV-M4N-BH 1/4"M NPT - SBLV Bleed Valve - 316 Stainless Steel

# Pneumatic Bleed Valve The Superlok SBLV-M4N-BH Pneumatic Bleed Valve is an essential component for any fluid and gas system, offering precise control and reliable performance. Crafted from premium 316 stainless steel, this valve is designed to handle demanding applications while ensuring leak-proof functionality. ## Key Features • **Material Construction**: Made from durable 316 stainless steel, providing excellent corrosion resistance and ensuring longevity in harsh environments. • **Connection Type**: 1/4" Male NPT threads for easy integration into existing systems and compatibility with various piping configurations. • **Performance**: Engineered to maintain a consistent flow while effectively managing pressure, making it ideal for both pneumatic and hydraulic applications. • **Design**: Features a compact and lightweight design that facilitates ease of installation and minimizes space requirements in equipment setups. • **Certification**: Manufactured in accordance with industry standards, including ISO 9001, ensuring high-quality and reliable performance. ## Applications • **Industrial Use**: Perfect for the petrochemical, semiconductor, and biopharmaceutical industries where precision and reliability are critical. • **Fluid and Gas Systems**: Suitable for pneumatic systems, offering efficient bleeding of air or fluid to maintain optimal system performance. • **Compatibility**: Designed to work seamlessly with Superlok's range of tube fittings and valves for a comprehensive fluid handling solution. ## Benefits • **Enhanced Safety**: The valve's robust construction and reliable sealing prevent leaks, promoting a safer working environment. • **Easy Maintenance**: Simplified design allows for quick service and maintenance, reducing downtime in critical processes. • **Versatile Application**: Its adaptability across various industrial sectors ensures it meets diverse operational needs and enhances system efficiency. --- *Product information compiled with AI assistance for reference purposes.*